Selec VFD Series User manual

General Purpose
VFD Series

User Manual Preface
PREFACE
The VFD-S series of drives focuses on providing you with the best levels of scalar control of
asynchronous AC motors. Through the adoption of the most advanced PWM technologies driven
through one of the most powerful DSP control systems, this drive is armed with optimized functions and
flexibility to drive a myriad of applications with stable performances as per your requirements.
Thank you for choosing the VFD-S General Purpose Variable Frequency Drives series. This manual
will provide you with the detailed steps and precautions regarding installation, wiring, setting of functional
parameters, routine maintenance, malfunction diagnosis and solution etc.
This manual is available on our website and is accessible through the QR code provided on the unit
and the Parameter List provided as an attachment. We request you to keep it safely considering its
importance in commissioning, inspecting, and maintaining the product. In the pursuit of constant
improvement, kindly note, that this manual is subject to modifications without any notice.
To utilize the drive to its full function and ensure the safety of both users and the product, please read
this manual carefully before using the drive. Any incorrect operations may lead to fault, malfunction or
shortened lifetime, even damage to the device or the people around it.

User Manual
CONTENTS
Contents
3-3-4 Earth terminal PE 10
1.1 Warning 5
2.1 Installation environment 6
2.2 Installation instructions and space limit 6
3-1 Connection methods for assorted devices 7
4.5 Illustrations of keyboard operations- 13
P1- Keypad Parameters 17
P4- Scalar Control Parameters 19
5-1-2 Commissioning 14
P2- Start and Stop Parameters 18
1.3 Delivery and Installation 5
3-4 Explanation of control loop terminals 10
3-3-1 Connection of Input Power Terminals 9
6-1 Functional Parameters Table 16
3-2 Standard Wiring Diagram 8
2. Installation 6
4.3 Function LEDs descriptions- 12
1. Safety precautions 5
3. Wiring 7
3-3-2 Connection of Output Power Terminals 9
3-3-3 Braking Resistors and Braking Unit 10
1.2 Safety guidelines 5
3-3 Description of Terminals 9
4.4 Keys Description- 12
5-1-3 Quick Commissioning 15
6. Specifications of functional parameters 16
5-1-1 Check before running 14
4.2 Units LEDs descriptions- 12
4. Keyboard and Panel 11
5-1 Commissioning 14
P0- Basic Functional Parameters 16
4.1 Illustration of Keypad 11
5. Running 14
P3- Motor Parameters 19
P6- Output Function Parameters 21
P7- PI Control Parameters 22
P5- Input Function Parameters 20

User Manual
9.1. Protocol Content 63
7.1 Malfunction and solutions 59
8.1. General maintenance and upkeep 61
8.2. Inspection and replacing damaged parts 61
8.4. Product Warranty 62
7. Fault Handling And Troubleshooting 59
8.3. Storage 62
7.2. Common Faults and processing schemes 60
9.5 Read-write rules of parameter address for function code 67
9.4 Command code and data description 65
P11- Communication Parameters 55
9. External Communication 63
9.3. Frame Structure 64
10.2 Specifications 68
10.3 Product Dimensions 70
8. Maintenance 61
P10- Fault History 55
P12- Enhanced parameters 56
9.2. Protocol Instructions 63
10. Appendix 68
10.1. Braking Resistor Calculations 68
P9- Protection Parameters 24
P10- Fault History 25
P11- Communication parameters 26
6-2 Detailed Explanation of Functional Parameters- 27
P0- Basic Parameters 27
P1- Keypad Parameters 30
P2- Start and Stop Parameters 32
P12- Enhanced Parameters 26
P3- Motor Parameters 36
P4- Scalar Control Parameters 36
P5- Input Function Parameters 39
P6- Output Function Terminals 45
P7- PI Control Parameters 47
P8- Simple PLC and multispeed options 23
P8- Simple PLC and Multispeed parameters 49
P9- Protection Parameters 52
Contents

5
1. Safety Precautions
Read this manual carefully and follow all safety precautions before moving, installing, operating and
servicing the variable-frequency drive (VFD). Ignoring the safety protocols can result in damage or
loss of life or property.
Pre-delivery inspection for each drive is implemented strictly by our QC Department. The packaging
is adequately strengthened with special packing materials which to protect it from justifiable levels of
harm that could come its way during handling and transportation. However, as an added precaution,
we request you to kindly check the following points upon receipt of the device-
ŸPlease check if this is the model of the product for which you placed an order.
ŸPlease check if the enclosed documents are all inside the case namely the manual and test report.
ŸNo permission is granted to change or modify the internal components or circuits.
People working on the device should take part in professional electrical and safety training, receive
the certification and be familiar with all steps and requirements of installing, commissioning, operating
and maintaining the device to avoid any hazards.
1.3 Delivery and Installation
1.1 Warning
ŸOnly qualified professional engineers are allowed to assemble, wire, commission or maintain the
converter.
ŸPlease check for any damage caused during the transportation.
ŸIn any case, AC power lines SHOULD NOT be connected to the output terminals viz. U, V or W.
ŸThe drive must be installed in an appropriate operating environment and far away from humidity or
water drops; care must be taken to protect it from direct sunlight or being overheated.
ŸDo not conduct the procedure of inspection or maintenance until the drive has been shut down for
at least 3 minutes or as mentioned on the drive terminal cover.
ŸDo not touch the internal components for your own and the product’s safety.
ŸPower must be shut off completely before performing any kind of wiring on the
control or power terminals.
ŸGround wire must be connected correctly.
ŸPlease check if you have received the right converter accessories as per your order.
1.2 Safety guidelines
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6
2. Installation
ŸIt should be installed on a fire and heat proof frame, for example, a metal frame, to prevent risks of a
fire hazard.
ŸVentilation must be taken into consideration to ensure that ambient temperature is lower than the
specified value when the drive is installed inside a control cabinet.
ŸThere shouldn’t be any metal particulates in the surrounding air.
ŸThe ambient temperature should be -10°C ~ +50°C. Sufficient ventilation should be available.
2.2 Installation instructions and space limit
ŸTo minimize the heat effect on each other, if two or more converters are installed in the same control
cabinet, they should be installed horizontally abreast; A baffle plate must be set up between them if, for
some reason, they have to be installed vertically.
2.1 Installation environment
ŸThe surroundings must be free from dust, caustic/corrosive/inflammable gases/liquids.
ŸSolid base without vibration.
ŸSpare space must be ensured for the ventilation of the drive to allow it to maintain its temperature
during operation.
ŸIt should be mounted by screws vertically; upside-down, slant or horizontal mountings are not allowed.
50mm 50mm
≥100mm
≥100mm
UP
Right
CONVERTER
User Manual
CONVERTER
CONVERTER

7
ŸPower must be shut off before wiring.
ŸTo avoid electric shock, do not touch the terminals of the major loop.
3. WIRING
ŸFor the safety of the operator as well as devices, only the professional engineers are allowed to
operate it. Please pay attention to the following precautions while wiring.
ŸPE earth terminal must be connected with the ground.
ŸThe rated voltage must conform to AC voltage. Power cords must be connected with the terminal R, S
and T while motor lines should be connected with terminal U, V and W; any incorrect connection may
cause damage to the internal components of the converter.
ŸThe reliability of the terminals and wires must be evaluated before wiring and screws for the terminals
of the major loop must be fastened solidly.
User Manual
3-1 Connection methods for assorted devices
Chopper AC reactor Electromagnetic
contactor Filter Braking Resistor Filter
Name
Applicable
model should
be selected; its
rated current
must be no
less than 1.5
times the
rated current
of converter
it’s applied
to the
improvement
of input
power factors
it’s used to
control the
switching of
power source
it’s used
to reduce
the radio
interfer-
ence
generated
by
converter
it’s applicable
when the braking
torque doesn’t
meet basic requir-
ements, or when
inertia load is so
large that converter
needs to be
stopped frequently
or in a short time
It’s used to
reduce the
radio
interference
generated
by converter.
But it’s not
applicable if
the leads is
too short
Descriptions
Configuration
Three-phase
power source
Braking
Resistor
(B1) (B2)
R U
YV
BW
M

3-2 Standard Wiring Diagram
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User Manual
Single phase supply source 230VAC ± 15%
Three phase supply source 415VAC ± 15%
50/60 Hz.
Main Circuit
Control Circuit
GND
X5 Input terminal 5
X4 Input terminal 4
X3 Input terminal 3
X2 Input terminal 2
X1 Input terminal 1
If NPN
Forward Jog
Fault Reset
External Fault I/P
If PNP (Default)
AO+
AO-
L/R
N/Y
B B
Forward Rotation
Reverse Rotation
Grounding of Power
Measurments
Motor Grounding
Default Settings
POT
AI
GND
Input 0-10V
Input 0-20mA
Potentiometer
QE
RY1
NC
COM
NO
+V
Y1
3
5
7
485+
485-
Default setting:
Running
Output of relay
Default setting:
Fault output
1
Preset Frequency
Multi-functional AI
0-10V
AI
0-20mA
0-10V
AO
0-20mA
+V
Note : PNP & NPN settings can be changed in P5-12
Y

9
3-3 Description of Terminals
Terminal symbol (code) Functional descriptions
Terminals for three-phase AC input 415V
Terminals for Single-phase AC input 220V
Output terminals, connect with three-phase AC electromotor
Terminals for braking resistor(optional)
Terminal of ground (Earth terminal)
R, Y, B
L,N
U, V, W
B1, B2
For safety's sake, please connect wires according to the regulations of National Electrical Code while
proceeding wiring.
3-3-1 Connection of Input Power Terminals
An additional breaker/chopper must be connected in series with the terminals of the major loop (R,
Y, B or L, N and U, V, W). For better running, an electromagnetic contactor should be connected with
them in series so that it could cut off the power while the protection function of the converter is activated
(Tip: R-C surge absorbers should be added to the ends of the electromagnetic contactor). If an additional
earth leakage circuit breaker (ELCB) is installed as a protective device for electric leakage, the sensitivity
of current should be more than 200mA while actuation time should be no less than 0.1 second to prevent
ELCB from malfunctioning. AC reactor must be connected with the input terminals in cases were the
rectifiers could be damaged by high-voltage and high-current input from the grid, which could also
improve the input power factors. Do not control the converter by disconnecting the major loop. Instead of
that, RUN/STOP buttons on the keyboard or control loop terminals should be applied to the control of the
converter; if it has to be controlled by that way, it can be implemented only once every one hour. It's
feasible to reduce the interference with devices nearby by connecting an additional noise filter with the
input terminals. Do not connect converter driven by three-phase power to single-phase source.
3-3-2 Connection of Output Power Terminals
Output terminals must be connected to the three-phase motor in the correct order; if the motor
rotates in the wrong direction, any two wires among U, V and W electrical wiring can be switched with
each other. In any case, do not connect output terminals to a phasing capacitor or surge-absorber. When
the length of wire connecting converter with motor is more than 50 meters, there may be a large amount
of electric leakage caused by the capacitors between the wiring, which may lead to over current;
additionally, to protect the insulation of motor from being damaged, an additional output reactor must be
installed. An additional noise filter can be installed to reduce the electromagnetic interference of output if
surroundings can be easily affected by the converter; interference can also be minimized by reducing its
carrier frequency.
User Manual

3-3-3 Braking Resistors and Braking Unit
If inertia load is large and the converter needs to be shut off frequently or in a short time, braking
resistors or braking units should be selected and installed accordingly to solve the issue of insufficient
braking capacity and improve braking torque. Terminals (B1, B2) of the major loop must be connected
with braking resistors (Note: terminal B1 or B2 indicates that this converter is the one with built-in braking
units). If there is no built-in braking unit, positive (+) and negative (-) terminals of the major loop should be
connected to external braking units. Do not connect positive (+) and negative (-) terminals of the major
loop to the braking resistor.
3-3-4 Earth terminal PE
For safety's sake, earth terminal PE must be well grounded to reduce noise. Please use the
standard ground lead which should be as short and thick as possible (its grounding impedance should be
no more than 10Ω). Do not connect its ground lead with that of a high-current loading machine to the
ground at the same time, for example, welder or high-power motor, they must be grounded separately.
All the converters must be connected to the same earth terminal directly if two or more converters are
installed together; please refer to the wiring layout below
(a) correct (b) not recommend (c) error
3-4 Explanations of control loop terminals
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User Manual
AO
+-POT AI GND X1 X2 X3 X4 X5 GND Y1 +V NOCOMNC
Items Symbol Terminal Name Description/ Default Setting
1AO+ Analog Output Signal Positive Terminal Positive Terminal for Analog Output
(0 - 10V/0-20mA) signal generation
2AO- Analog Output Signal Negative Terminal Negative Terminal for Analog Output
(0 - 10V/0-20mA) signal generation
3POT Potentiometer Terminal Terminal for connecting external 10k
Potentiometer
4 AI Analog Input Terminal Terminal for Analog input
(0-10V/ 0-20mA) signal
5GND Control Terminals Ground Ground for control terminals
6X1 Multifunction Input Terminal 1 Default Setting: FWD

Multi-core shielded cable or stranded wire should be used to connect control terminals. The terminal
which is closed to the converter must be connected to earth terminal PE. When wiring, the control cables
must be kept away from the main circuit and high-current circuit by at least 30cm. Instead of parallel
wiring, vertical wiring should be adopted to prevent the drive from malfunctions resulting from external
interference.
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User Manual
7X2 Multifunction Input Terminal 2 Default Setting: REV
8 X3 Multifunction Input Terminal 3 Default Setting: FWD JOG
9X4 Multifunction Input Terminal 4 Default Setting: Ext Fault
10 X5 Multifunction Input Terminal 5 Default Setting: Fault Reset
11 GND Control Terminals Ground Ground for control terminals
12 Y1 Multifunction Transistor Output 1 Default Setting: Running
13 +V 24V supply +24VDC 50mA
14
NO Multifunction Relay Output NO terminal
Default setting: Fault Output
15 COM Multifunction Relay Output COM terminal
16
NC Multifunction Relay Output NC terminal
Items Symbol Terminal Name Description/ Default Setting
4. Keyboard and Panel
4.1 Illustration of Keypad

4.5 Illustrations of keyboard operations
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User Manual

4.2 Units LEDs descriptions
4.3 Function LEDs descriptions
LED Function
VDenotes that the value being shown is a voltage
A Denotes that the value being shown is a current
Hz Denotes that the value being shown is a frequency
LED Function
RUN Denotes that the drive is in RUN operation
F/R Denotes the direction of operation of the drive.
OFF - Forward ON - Reverse
L/R
Denotes the source of control for the drive.
OFF - Local control using the keypad , ON - Remote control
ERR
Denotes presence of error condition
BLINKING - Pre-alarm condition triggered
STEADY - Fault condition triggered
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User Manual
4.4 Keys Description
Down key ( )
1. Clockwise- Increment editable value being shown on screen
2. Anti-Clockwise- Decrement editable value being shown on screen
3. Press- Enter programming menu; Save setting value
1. Go to the previous programming level, 2. Cycle online display pages
1. Enter Programming menu, 2. Save setting value
1. Stop drive operation, 2. Reset Fault
1. Start Drive operation
1. Perform jogging operation 2. Perform direction reversal
1. Increment displayed editable value
2. Decrement displayed editable value
1. Triggers the Hand function
Key FunctionName
PRG
STP/RST
Panel
Encoder
Up key ( )
HAND
JOG / REV
RUN
ESC

5-1-1 Check before running
ŸPlease confirm that all the components, such as terminals, pluggable connectors, or screws are
fastened.
ŸIt is recommended that post initial settings, the user start by checking the jogging function. The
default jog frequency is 5.0Hz.
ŸCheck if the acceleration or deceleration of the motor is stable.
ŸIts default running mode is to be controlled through the keyboard and panel.
ŸPlease confirm that there is no short circuit between terminals or any exposed charged
component.
5-1 Commissioning
ŸPlease check whether the wiring is correct or not, especially output terminals (U, V, W) which
mustn't be connected to the power source; additionally, earth terminals PE must be well-grounded
as well.
5-1-2 Commissioning
ŸMake sure that all the switches are off before it's connected to a power source, and that the
converter will not malfunction or be accidentally started when switched on.
ŸThe drive wirings must be checked and confirmed comprehensively before commissioning.
ŸCheck whether the motor is rotating in the right direction.
ŸDo not connect the unit to the power supply until the enclosure is assembled and closed.
ŸIt is recommended to use appropriately sized lugs instead of free wires to prevent rogue strands
from creating a short between adjacent terminals.
ŸCheck if its rotation is smooth (No abnormal noise or vibration should be observed).
ŸIf the drive functions properly, please preset its operating frequency first; please press the START
button to start running and check whether its output current/voltage is normal.
If the drive or the system as a whole responds unexpectedly, use the STOP/RST key to stop the
operation of the drive immediately. Meanwhile, check Chapter 7 for a guide on debugging the
commonly faced faults.
Even after drive operation is stopped, there could be a risk of electrical shock on the terminals of
the unit as long as the mains are connected. It is therefore strongly advised that any kind of operation
on the terminals should only be undertaken after switching OFF the mains and waiting for adequate
time for the DC bus capacitors to discharge.
ŸOnly then start using the drive in your regular operations.
5. RUNNING
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User Manual

5-1-3 Quick Commissioning
Start
Connection as per
wiring diagram
Power ON
Set Motor Parameters as per
nameplate data in P3 group
Select Frequency source in P0-01
Select Control mode in P0-02
Set Acc and Dec times in
P0-04 and P0-05
Select start and stop modes in
P2-00 and P2-05
Check protection levels in
P9 group
Start and observe
Optimize setings
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User Manual

For ease of programming, the settings have been classified into basic and advanced as mentioned in the
table below.
“●”: It indicates that specified code parameters cannot be changed or modified while the drive is running.
“○”: It indicates that the specified parameter can be varied irrespective of the drive’s run-state
“×”: It indicates that code parameters are read-only, which cannot be changed or modified.
6. SPECIFICATIONS OF FUNCTIONAL PARAMETERS
6-1 Functional Parameters Table
P0- BASIC FUNCTIONAL PARAMETERS
Fun.
Code
Descrip-
tion Settings and Range Default
Value
Basic
Setting
Modifi-
cation
M-bus
Address
P0-00
Parameter
Setting
Mode
0: Display Only Basic Parameters
1: Display All Settable Parameters
2: Disable Parameter Settings
3: Factory Reset
0Yes 40000
P0-01
Frequency
setting
mode
1Yes 40001
P0-02
Control
mode for
running
0Yes 40002
P0-03 Frequency
setting
Lower limiting Frequency (P0-10)-
Upper limiting Frequency (P0-09) 50.0 Hz Yes 40003
P0-04 Acc. time 0 0.1 s – 3600.0 s 10.0 s Yes 40004
P0-05 Dec. time 0 0.1 s – 3600.0 s 10.0 s Yes 40005
P0-06
Default
running
direction
0: Default direction
1: Reverse direction 0Yes 40006
P0-07 Anti-reversion
setting 0: Disable, 1: Enable 0Yes 40007
P0-08 Max.
Frequency
Upper Limiting Frequency (P0-09)
- 400 Hz 60.0 Hz Yes 40008
P0-09 Upper limiting
frequency
Lower Limiting Frequency (P0-10) -
maximum Frequency (P0-08) 50.0 Hz Yes 40009
0: Keypad UP/ DOWN Keys
1: Keypad Encoder ; 2: External POT
3: External AI ; 4: PI Regulation
5: Terminal setting using Step Size
6: Terminal Setting using Step Size;
Set frequency 0Hz after stop
7: Communication
0: Controlled by Keyboard
1: Controlled by Terminal &
Stop key disabled
2: Controlled by Terminal &
Stop key enabled
3: Controlled by Communication
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User Manual

P0-10 Lower limiting
frequency
0.0Hz- Upper limiting Frequency
(P0-09) 0.0 Hz Yes 40010
P0-11 Jog Frequency 0.0Hz- Upper limiting Frequency
(P0-09) 5.0 Hz Yes 40011
P0-12 Carrier
frequency Depends on Model Depends
on Model No 40012
P0-13
Auto storage
of keyboard
frequency in
case of power
down
0: Retention after Power Down
1: No Retention on Power Down 0No 40013
P1- KEYPAD PARAMETERS
P1-00
Default
startup
display
parameter
0: Setting Frequency
1: Output Frequency
2: Output Current ; 3: Bus Voltage
4: Rotational Speed of Motor
5: IGBT Temperature
6: Output Voltage
7: Output Power
8: Percentage of Output Current
9: Linear Speed
10: Count Value
11: PI Index Value
12: PI Feedback Value
13: Input Terminal Status
14: Output Terminal Status
15: Power
0Yes 40100
P1-01
Selection of
display
information
Count From 0 to 15 as given
in P1-00 4Yes 40101
P1-02
Display co-
efficient of
Frequency 0.1 – 10.0 1.0 No 40102
P1-03
Display
coefficient of
mechanical
speed
0.1 – 25.0 1.0 No 40103
P1-04
Display co-
efficient of
Linear Speed 1.0 No 40104
P1-05
Jog/Rev
function
selection
0: Jog ; 1: FWD/REV Switching 0Yes 40105
Fun.
Code Description Settings and Range Default
Value
Basic
Setting
Modifi-
cation
M-bus
Address
Fun.
Code
Descrip-
tion Settings and Range Default
Value
Basic
Setting
Modifi-
cation
M-bus
Address
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User Manual
0.1 – 25.0
P1-06 Password 0: Enable ; 1: Disable 0Yes 40106

P1-08
Frequency
Switch
Source
0: Keypad UP/DOWN keys
1: Keypad Encoder
2: POT (Pot input)
3: AI (Analog Input)
4: Communication
0Yes 40108
P1-09 Reference
Frequency
Lower Limit Frequency to
Upper Limit Frequency 0.0 Hz Yes 40109
P2- START AND STOP PARAMETERS
P2-00 Start mode 0: Direct Start
1: DC Braking Start 0Yes 40200
P2-01 Starting frequency 0.0 – 10.0 Hz 0.5 Hz Yes 40201
P2-02 Retention time
for starting 0.0 – 50.0 s 0 s Yes 40202
P2-03 Braking current
before starting 0 – 150 % 50 % Yes 40203
P2-04 Braking time
before starting 0.0 – 50.0 s 0 s Yes 40204
P2-05 Stop mode
0: Coast to Stop
1: Ramp to Stop
2: DC Braking Stop
1Yes 40205
P2-06 Start frequency
of DC braking 0 – 10.0 Hz 2.0 Hz Yes 40206
P2-07 Braking current
for stopping 0 - 150 % 50 % Yes 40207
P2-08 Braking time
for stopping 0.0 – 50.0 s 0.0 s Yes 40208
P2-09 Demagnetizing
time 0.0 – 30.0 s 0.1 s Yes 40209
P2-10 Dead time bet-
ween FWD/REV 0.0 – 50.0 s 0.2 s Yes 40210
P2-11
Lower frequency
limit crossing
action
0: Running with low Limit
Frequency
1: Stopping
2: Standby
3: Hibernation
0Yes 40211
P2-12 Hibernation
Restore Delay Time 0 – 50.0 s 0.0 s Yes 40212
P1-07 Set Password 0000-9999 0000 Yes 40107
Fun.
Code Description Settings and Range Default
Value
Basic
Setting
Modifi-
cation
M-bus
Address
Fun.
Code Description Settings and Range Default
Value
Basic
Setting
Modifi-
cation
M-bus
Address
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User Manual

P3 – MOTOR PARAMETERS
P3-00 Rated frequency F3 (P4-07) – 400.0 Hz 50.0 Hz Yes 40300
P3-01 Rated Voltage Depends on Model Depends
on Model Yes 40301
P3-02 Rated Current Depends on Model Yes 40302
P3-03 Rated Power Depends on Model Yes ●40303
P3-04 Rated Speed 1 – 36000 RPM 1500 Yes 40304
P3-05 No. of Poles 2 – 8 4No 40305
P3-06 No Load Current Rated current (P3-02) No 40306
P3-07 Stator Resistance Depends on Model No 40307
P3-08 Magnetic Inductance Depends on Model No 40308
Depends
on Model
Depends
on Model
P4 – SCALAR CONTROL PARAMETERS
P4-00 V/f curve setting
0: General V/f
1: 1.5 Power V/f
2: 1.7 Power V/f
3: 2 Power V/f
4: Multipoint V/f
0Yes 40400
P4-01 V/F Intermediate
Frequency 1 (F1) 0.0 Hz – F2 (P4-03) 1.0 Hz Yes 40401
P4-02 V/F Intermediate
Voltage 1
0 – Rated Voltage
(P3-01) 5 V Yes 40402
P4-03 V/F Intermediate
Frequency 2(F2) F1 (P4-01) – F3 (P4-05) 5.0 Hz Yes 40403
P4-04 V/F Intermediate
Voltage 2
0 – Rated Voltage
(P3-01) 25 V Yes 40404
P4-05 V/F Intermediate
Frequency 3(F3)
F2 (P4-03) – Rated
Frequency (P3-00) 25.0 Hz Yes ●40405
P4-06 V/F Intermediate
Voltage 3
0 – Rated Voltage
(P3-01) 115 V Yes 40406
P4-07 Torque boost 0-15.0 % 5.00 % Yes 40407
Fun.
Code Description Settings and Range Default
Value
Basic
Setting
Modifi-
cation
M-bus
Address
Fun.
Code Description Settings and Range Default
Value
Basic
Setting
Modifi-
cation
M-bus
Address
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User Manual
Depends
on Model
Depends
on Model
Depends
on Model

P5- INPUT FUNCTION PARAMETERS
P5-00 Lower Limit of POT 0.0 – 100.0 % 0.5 % Yes 40500
P5-01
Corresponding
Setting of POT
Lower Limit
0.0 – 100.0 % 0.0 % Yes 40501
P5-02 Upper Limit of POT POT Lower Limit – 100.0 % 100.0 % Yes 40502
P5-03
Corresponding
Setting of POT
Upper Limit
0.0 – 100.0 % 100.0 % Yes 40503
P5-04 POT Input
Filtering Time 0.0 s- 10.0 s 0.1 s Yes 40504
P5-05 POT Signal loss
threshold 0.0 to POT Lower Limit 0.5 % Yes 40505
P5-06 Lower Limit OF AI 0.0 – 100.0 % 0.5 % Yes 40506
P5-07
Corresponding
Setting of AI
Lower Limit
0.0 – 100.0 % 0.0 % Yes 40507
P5-08 Upper Limit OF AI AI Lower Limit – 100.0 % 100.0 % Yes 40508
P5-09
Corresponding
Setting of AI
Upper Limit
0.0 – 100.0 % 100.0 % Yes 40509
P5-10 AI Input
Filtering Time 0.0 s- 10.0 s 0.1 s Yes 40510
P5-11 AI Signal Loss
Threshold 0.0 to AI Lower Limit 0.5 % Yes 40511
Fun.
Code Description Settings and Range
Default
Value
Basic
Setting
Modifi-
cation
M-bus
Address
P5-12 PNP/NPN Selection 0: NPN; 1: PNP 1Yes 40512
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User Manual
P4-08 AVR Function
0: Disabled
1: Always Enable
2: Only Enable
during deceleration
0Yes 40408
P4-09 Energy-efficient
running (EER) 0: Disable ; 1: Enable 0Yes 40409
P4-10 Braking Unit Enable
0: Disable
300-400: Enable level (1Ø)
600-700:Enable level (3Ø)
0No 40410
Fun.
Code Description Settings and Range Default
Value
Basic
Setting
Modifi-
cation
M-bus
Address